Core Civil Engineering Disciplines
We cover every branch of the built environment, from deep foundations to skyscrapers.
Analysis of steel frames, reinforced concrete beams, and tension structures. We calculate bending moments, shear forces, and deflections to ensure stability under gravity and lateral loads.
Soil mechanics analysis including bearing capacity, consolidation, and slope stability. We design shallow and deep foundations tailored to specific soil profiles and site conditions.
Transportation Engineering
Geometric design of highways, pavement thickness calculations, and traffic flow analysis. We optimize infrastructure for safety, capacity, and durability using AASHTO guidelines.
Fluid mechanics applied to open channel flow, pipe network design, and stormwater management. We model flood plains and design efficient water distribution systems.
Project planning using CPM and PERT networks. We handle cost estimation, resource leveling, and risk management to ensure projects stay on schedule and budget.
Environmental Engineering
Design of water treatment plants, waste management systems, and pollution control strategies. We focus on sustainable engineering solutions and environmental impact assessments.
Topographic mapping, coordinate geometry calculations, and GIS data analysis. We provide precise spatial data essential for accurate site planning and layout.
Testing and analysis of construction materials including asphalt, cement, steel, and composites. We evaluate properties for strength, durability, and suitability for use.
Design of shore protection structures, breakwaters, and wave mechanics analysis. We engineer solutions to mitigate erosion and manage sediment transport in coastal zones.
Land use planning, zoning laws, and infrastructure development. We integrate engineering principles with social and economic factors to create functional urban environments.
Design and analysis of suspension, cable-stayed, and girder bridges. We focus on live load distribution, wind analysis, and dynamic response for long spans.
Rock mechanics, excavation support systems, and tunnel ventilation design. We solve complex problems related to underground construction and soil-structure interaction.
